The dominant propagation factor affecting the outage and spectral efficiency of millimeter-
wave communication systems operating at frequencies 30 GHz is rain attenuation. Adaptive …

The dominant propagation factor affecting the outage and the spectral efficiency of millimeter-
wave communication systems operating at frequencies 30 GHz is rain attenuation. An …

The significant propagation factors effecting the link availability and channel capacity of
millimeter-wave fixed cellular systems operating at 30 GHz frequencies is rain attenuation …

The significant propagation factor effecting the link availability and channel capacity of
millimeter-wave fixed cellular systems operating at 30 GHz frequencies is rain attenuation …

the significant propagation factors effecting the link availability and channel capacity of
millimeter-wave fixed cellular systems operating at 30 GHz frequencies is rain attenuation …

For tropical areas, rainfall is the main factor in the attenuation of millimeter wave
transmission. This paper considers KLIA Sepang region of Malaysia as an example to …

Atmospheric attenuation has a highly negative and complex effect on wireless
communication networks, it is a result of the extremely high temperatures, oppressive …

This paper present a simulation of cell-site diversity based evaluation of diversity gain with
combining technique. The evaluation is based on rainfall intensities measurement in …

Millimeter wave is the key enablers for modern wireless applications. The Utilization of
millimeter wave technology becomes a key factor in solving the problem of bandwidth …

The impact of atmospheric attenuation on wireless communication links is much more
severe and complicated in tropical regions. That is due to the extreme temperatures, intense …